German Rocket Makes History: First Orbital Flight from Western Europe

At 4:12 p.m. EDT (10:12 p.m. local time) on September 5, 2026, a 95‑foot‑tall two‑stage rocket roared away from the Andøya Space Center in northern Norway. It was the German firm Isar Aerospace’s Spectrum vehicle, and just over seven minutes later it was cruising in an elliptical orbit around the Earth. That moment‑to‑moment shift—from a thunderous liftoff to a silent, weightless glide—etched a new record: the first orbital launch from Western European soil.

“We’re making history right now—history for Spectrum, for Isar, for Europe,” said Nikolaos Perakis, Spectrum’s chief engineer, during the live webcast the company co‑produced with NASASpaceflight. His excitement was palpable, a mix of relief and pride after months of setbacks.

The September flight, nicknamed “Onward and Upward,” was the second attempt for the Spectrum program. Its maiden voyage in March 2025, labeled “Going Full Spectrum,” ended abruptly when an unexpected vent‑valve opening and a loss of attitude control sent the rocket plummeting back to Earth less than a minute after lift‑off. Isar’s engineers pored over telemetry, traced the fault to a faulty roll‑maneuver sequence, and filed a comprehensive investigation report within two months.

Armed with those lessons, the team scheduled a second launch for January 2026. But a pressurisation‑valve hiccup pushed the date back to March, where bad weather, an intruding boat, and a leak in a composite over‑wrapped pressure vessel forced another scramble. A further attempt on June 15 was scrubbed after “off‑nominal behavior” showed up in the fluid‑system sensors. Each delay felt like a mountain, yet the team kept refining the design, ultimately rolling Spectrum back to the pad for the September launch.

When the countdown reached zero, the rocket’s first stage carried the vehicle out of the Arctic night, and the second stage ignited to place the payloads on their intended trajectory. The payload bay housed five cubesats and a non‑deployable scientific experiment—her first actual cargo after the inaugural flight’s empty test run.

Reaching orbit, however, was only half the story. Spectrum’s upper stage needed to execute a circularisation burn to lift the craft out of its initial elliptical path—roughly 180 km at perigee and 500 km at apogee—before it could safely release the satellites. About two hours after liftoff, Isar confirmed on X that the burn had succeeded and all six payloads were deployed as planned.

What does this mean for the European launch market? Spectrum can loft about 1,000 kg to low‑Earth orbit, a capacity that fits the burgeoning demand for small‑to‑medium satellites. Isar’s Munich‑area factory is already geared to crank out more than 30 rockets a year, positioning the company as a potential workhorse for commercial and scientific missions alike.

While Russia’s Plesetsk Cosmodrome has been sending rockets into space from the European side of the continent for decades, this was the first time a privately‑run, Western‑European launch vehicle achieved orbital insertion. As Perakis put it, “Flight 2 is a big, big milestone, but it’s just the beginning. I’m really looking forward to the next steps.”